Blade Kit for Chawke CK01

The CK01 blade kit has been developed to meet the demands of precise cutting, technical modeling, and post-processing of 3D printed parts. Compatible with the CK01 ultrasonic cutter, each blade has been designed to optimize work on a wide variety of materials, including wood, plastic, cardboard, MDF, leather, rubber, plaster, cork, fabric, wax, and foam sheets. These blades are sold in packs of 100 units of a single type, or in the 5-Blade Type Pack, which includes 20 blades of each type, totaling 100 pieces.

Video 1: Performance comparison between the CK01 ultrasonic cutter and other brand devices.

The C1 – Fine Point Blade is recommended for detailed and delicate cuts, ideal for paper, miniatures, and precision modeling work. The C2 – Chisel Blade is perfect for scraping and carving hard materials like wood and plastic. The C3 – Sharp Edge Blade allows clean cuts in cardboard, MDF, and leather. The C4 – Curved Blade stands out for its versatility in architecture, design, and art projects, offering smooth and precise cuts. The C5 – Narrow Chisel Blade is ideal for fine chiseling on delicate surfaces. The C7 – Micro Chisel Blade has been specially designed to remove support structures from 3D prints, enabling professional finishes without damaging the piece.

Video 2: Blade use on different materials.

This ultrasonic cutter blade set provides specialized solutions for both technical projects and artisanal creations. The high-quality cutting edge, combined with the precision offered by the CK01 ultrasonic cutter, ensures an efficient, clean, and controlled cutting experience. Additionally, its use in 3D printing post-processing significantly improves the final quality of parts, reducing work time and enhancing detail level.

Photo 1: Different types of blades. Source: Chawke

Photo 2: Pack with five types of blades. Source: Chawke

Available in individual kits by blade type (C1, C2, C3, C4, C5 or C7, 100 units each) or in the 5-Blade Type Pack, this product is an essential tool in 3D printing, modeling, industrial design, architecture, and digital manufacturing environments where precision is key.

Video 3: Introduction to the ultrasonic cutter.